Summary describing the work completed at Sonoma Technology, Inc. for 'Meteorological and Wave Measurements for Improving Meteorological Modeling.' It includes background information on the project funding and sponsorship, goals, methodology, and findings
Collecting wind speed and direction measurements can vary greatly based on the location that the mea...
Methods for now-casting adverse weather conditions with the potential to cause disruption to aircraf...
The temperature, humidity, wind, and pressure system (THWAPS) provide surface reference values of th...
This is a report on the developed atmospheric boundary layer environmental observations program on o...
Summary describing the work completed at Coastal Studies Institute for "Air Quality and Dispersion M...
Development of methods for products and services in ENDORSE calls upon meteorological measurements t...
A few projects of meteorological model evaluation for air-quality applications have been taken on ov...
[1] The Atmospheric Infrared Sounder (AIRS) is the first of a new generation of advanced satellite-b...
As described in the methods section of “Direct Observation of Wave-coherent Pressure Work in the Atm...
A brief historical overview of numerical wind wave forecast modeling efforts at the National Centers...
Annual report of the Argonne National Laboratory Radiological and Environmental Research Division re...
The Atmospheric Integrated Research and Monitoring Network (AIRMoN) of NOAA is a research program ai...
Before the mission, the PI (principal investigator) was instrumental in securing real-time use of th...
Technical memorandum: Jul 1970 - May 1971PDFTech ReportDOT-TSC-USCG-71-01PB-204 793R1004/CG04Remote ...
Meteorological and oceanographic education in observational techniques and the relationship to natio...
Collecting wind speed and direction measurements can vary greatly based on the location that the mea...
Methods for now-casting adverse weather conditions with the potential to cause disruption to aircraf...
The temperature, humidity, wind, and pressure system (THWAPS) provide surface reference values of th...
This is a report on the developed atmospheric boundary layer environmental observations program on o...
Summary describing the work completed at Coastal Studies Institute for "Air Quality and Dispersion M...
Development of methods for products and services in ENDORSE calls upon meteorological measurements t...
A few projects of meteorological model evaluation for air-quality applications have been taken on ov...
[1] The Atmospheric Infrared Sounder (AIRS) is the first of a new generation of advanced satellite-b...
As described in the methods section of “Direct Observation of Wave-coherent Pressure Work in the Atm...
A brief historical overview of numerical wind wave forecast modeling efforts at the National Centers...
Annual report of the Argonne National Laboratory Radiological and Environmental Research Division re...
The Atmospheric Integrated Research and Monitoring Network (AIRMoN) of NOAA is a research program ai...
Before the mission, the PI (principal investigator) was instrumental in securing real-time use of th...
Technical memorandum: Jul 1970 - May 1971PDFTech ReportDOT-TSC-USCG-71-01PB-204 793R1004/CG04Remote ...
Meteorological and oceanographic education in observational techniques and the relationship to natio...
Collecting wind speed and direction measurements can vary greatly based on the location that the mea...
Methods for now-casting adverse weather conditions with the potential to cause disruption to aircraf...
The temperature, humidity, wind, and pressure system (THWAPS) provide surface reference values of th...